About this Training Course
The steam turbine remains a critical component in power generation and industrial processes, demanding specialized knowledge and expertise in its instrumentation and control systems. This comprehensive training course is meticulously designed to provide engineering professionals with an in-depth understanding of steam turbine technologies, covering every aspect from fundamental operational principles to advanced diagnostic and maintenance techniques.
The course begins with an extensive exploration of governing systems, delving into the intricate mechanisms that ensure optimal turbine performance. Participants will gain comprehensive insights into multi-valve governing systems, mechanical and hydraulic governors, and sophisticated electrohydraulic control technologies. The curriculum explores both isochronous and droop control modes, providing detailed analysis of unit loading strategies, load rejection scenarios, and the nuanced interactions between various turbine control mechanisms.
Valve and control mechanisms represent a critical focus of this course. Attendees will learn about steam turbine valve instrumentation, quick closing non-return valves, speeder gear operations, and advanced overspeed limiting facilities. The course provides a deep dive into high-pressure (HP) and intermediate-pressure (IP) governing techniques, offering participants a thorough understanding of the complex control systems that drive turbine efficiency and reliability.
Advanced control techniques form a significant component of the training. The course covers acceleration feedback systems, sophisticated unloading mechanisms, and comprehensive pressure control approaches. Participants will explore turbine follow, boiler follow, and coordinated control modes, gaining insights into the intricate balance of power generation systems. The course also introduces advanced diagnostic tools such as Campbell diagrams, Goodman diagrams, and SAFE diagrams, enabling professionals to develop more sophisticated predictive maintenance strategies.
Maintenance and reliability are paramount in turbine management, and this course provides extensive coverage of these critical areas. The curriculum includes detailed analysis of blade failure prevention, comprehensive maintenance protocols, and thorough overhaul procedures. Participants will learn about supervisory systems, cutting-edge monitoring technologies, and rigorous validation and verification testing methodologies. Special emphasis is placed on understanding and implementing the latest ASME PTC6 steam turbine codes and performance testing standards.
The course goes beyond theoretical knowledge, offering practical insights into auxiliary systems that are crucial for optimal turbine performance. Participants will gain comprehensive understanding of jacking oil systems, turning gear operations, and the complex interactions between condensers and boilers. The course is designed to provide real-world, applicable knowledge that can be immediately implemented in professional settings.
By the conclusion of the course, participants will have developed advanced troubleshooting skills, enhanced their understanding of turbine operational efficiency, and gained the expertise necessary to implement best practices in turbine management.
In summary, the course will be addressing the following aspects:
- Comprehensively analyze steam turbine control mechanisms
- Develop advanced predictive and preventive maintenance strategies
- Optimize turbine performance and reliability
- Understand and apply the latest industry standards and technologies